<p><sup>a</sup> significance of gene term enrichment examined by modified Fisher’s exact test.</p
<p>GO root terms were abbreviated (MF = Molecular Function, BP = Biological Process, CC = Cellular c...
<p>DAVID bioinformatics software was utilized to perform gene ontology (GO) term enrichment analysis...
<p>UP: genes higher expressed in BIP, Down: genes higher expressed in UIP. The EASE score, which ind...
<p>Significantly enriched gene ontology terms detected by FAC in A) up-regulated genes, and B) down-...
a<p>Gene ontology identification number.</p>b<p>n<sub>G</sub> = number of genes in the category.</p>...
Enriched GO terms upregulated differentially expressed genes for comparisons between early and late ...
<p>% of DR refers to the percent of differentially regulated transcripts falling under the term; p-v...
<p>Gene Ontology terms significantly enriched (p<0.05) in the set of genes differentially expressed ...
<p>The pie chart shows the top ten counts of the significant enrichment terms. The ontology covers t...
*<p>The number of differentially expressed genes (DEGs) in a Gene Ontology (GO) term.</p>**<p>The to...
Gene ontology terms that were significantly enriched in differentially expressed genes.</p
<p>Enriched gene ontology terms among differentially expressed genes in COL6-RD subjects with domina...
<p>(a) Significant GO terms (FDR <i>P</i><0.05) over-represented among the up-regulated genes of the...
<p>Ontology “P” indicates Biological Process, Ontology “F” indicates Molecular Function, and Ontolog...
<p>Notes: Enrichment p-values were calculated using a hypergeometric test for the number of genes ex...
<p>GO root terms were abbreviated (MF = Molecular Function, BP = Biological Process, CC = Cellular c...
<p>DAVID bioinformatics software was utilized to perform gene ontology (GO) term enrichment analysis...
<p>UP: genes higher expressed in BIP, Down: genes higher expressed in UIP. The EASE score, which ind...
<p>Significantly enriched gene ontology terms detected by FAC in A) up-regulated genes, and B) down-...
a<p>Gene ontology identification number.</p>b<p>n<sub>G</sub> = number of genes in the category.</p>...
Enriched GO terms upregulated differentially expressed genes for comparisons between early and late ...
<p>% of DR refers to the percent of differentially regulated transcripts falling under the term; p-v...
<p>Gene Ontology terms significantly enriched (p<0.05) in the set of genes differentially expressed ...
<p>The pie chart shows the top ten counts of the significant enrichment terms. The ontology covers t...
*<p>The number of differentially expressed genes (DEGs) in a Gene Ontology (GO) term.</p>**<p>The to...
Gene ontology terms that were significantly enriched in differentially expressed genes.</p
<p>Enriched gene ontology terms among differentially expressed genes in COL6-RD subjects with domina...
<p>(a) Significant GO terms (FDR <i>P</i><0.05) over-represented among the up-regulated genes of the...
<p>Ontology “P” indicates Biological Process, Ontology “F” indicates Molecular Function, and Ontolog...
<p>Notes: Enrichment p-values were calculated using a hypergeometric test for the number of genes ex...
<p>GO root terms were abbreviated (MF = Molecular Function, BP = Biological Process, CC = Cellular c...
<p>DAVID bioinformatics software was utilized to perform gene ontology (GO) term enrichment analysis...
<p>UP: genes higher expressed in BIP, Down: genes higher expressed in UIP. The EASE score, which ind...
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